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BL 3100 GT 13100

CARBON AND NICKEL GRAPHITE NICKEL GRAPHITE FILLED CONDUCTIVE
FILLED CONDUCTIVE SILICONE THERMOPLASTIC ELASTOMER

• Good mechanical properties • Stable electrical properties
• Stable electrical properties • Good performance in low-frequency
• Good resistance at low temperature
(-35°C)

Standards - Properties Standards - Tests GT 13100 Shielding efficacy
Properties BL 3100 Shielding efficacy
Tests 160
Elastomer Silicone Frequency Attenuation Elastomer Thermoplastic 140
120
10 KHz
Conductive filler Carbon and nickel 100 MHz 50 dB Conductive filler Nickel Graphite 100
graphite
90 dB
Volume resistivity (Ω.cm) MIL G 83528 < 4 500 MHz 100 dB Volume resistivity (Ω.cm) 0.03 80
60
Hardness (shore A) ASTM D 2240 70 ± 5 2 GHz 100 dB MIL G 83528 40
Hardness (g/cm 3) ASTM D 762 1.75 10 GHz 90 dB Hardness (shore A) ASTM D 2240 55 20 0 Frequency
Method A
ASTM D 412 Density (g/cm 3) ASTM D 792 Method A 2.34 20 MHz 100 MHz 500 MHz 2 GHz1 0 GHz
Break resistance (Mpa) Method C 2 GT2020
Elongation at break (%) ASTM D 412 120 Break resistance (Mpa) ASTM D 412 Method A C 0.50
Method C
Tear resistance 5.5 Elongation at break (%) 200
(kN/mm) ASTM D 624 B ASTM D 412 Method A C
Residual deformation after ASTM D 395 Tear resistance (N/mm) ASTM D 624 C 4.10
compression 70 hours at 30
100°C (%) Method B
Residual deformation after available formats
Continuous operating -55°C to +125°C compression 70 hours at ASTM D 395 Method B 40
temperature available formats 100°C (%) Injection
Color Black Continuous operating
Molded temperature -35°C to +90°C
Customized cutting Color Grey
Adhered by vulcanization

Sheet
Adhesive

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